In statistics, this term describes the probability of rejecting the null hypothesis when it is indeed false, or the probability of not committing a type II error; that quantity, which increases with sample size, is given by 1 minus beta. The square of the modulus of a Fourier transform gives the "spectrum" of this type, and the inverse fourier transform of that spectrum gives the autocorrelation function. In optics, this quantity has units called diopters which have dimensions of inverse length.  In physics, this quantity is equal to the rate of energy dissipation, and is given by an object's force times its velocity. For 10 points, identify this quantity which is given in terms of watts.
In statistics, this term describes the probability of rejecting the null hypothesis when it is indeed false, or the probability of not committing a type II error; that quantity, which increases with sample size, is given by 1 minus beta. The square of the modulus of a Fourier transform gives the "spectrum" of this type, and the inverse fourier transform of that spectrum gives the autocorrelation function. In optics, this quantity has units called diopters which have dimensions of inverse length.  In physics, this quantity is equal to the rate of energy dissipation, and is given by an object's force times its velocity. For 10 points, identify this quantity which is given in terms of watts.
In statistics, this term describes the probability of rejecting the null hypothesis when it is indeed false, or the probability of not committing a type II error; that quantity, which increases with sample size, is given by 1 minus beta.
power